I am interested in real-time simulation, digital twins, and 3D visualization. Most of my work involves looking at physical structures and environments and modeling, analysing, and optimising them.
A real-time 3D wind-flow solver built in C++ with OpenGL visualization. It uses a staggered-grid Navier-Stokes scheme to simulate airflow around structures or objects, currently it focuses on pedestrian-level wind analysis, downdrafts, vortex formation, and gust hotspots at street level.
The demo provides insights into how architectural shapes influence local wind patterns and public comfort.
A real-time cavity flow solver with a staggered-grid Navier-Stokes scheme and interactive vector-field display. Offers a modular and well-documented sandbox for studying flow behavior, with explanations and recreation instructions.
Uses OpenGL for visualization and C++ for the calculations.
Used for monitoring real-time and historical price action with a lightweight, customizable tool. The overlay feature allows for viewing intra-day price action alongside regular tasks.
Includes extensions for RSI, SMA, and volume analysis.
A 3D visualization of the Cassini spacecraft's gravity-assist flyby at Jupiter and subsequent trajectory to Saturn.
Plots mission-derived initial conditions from NASA JPL's HORIZONS data, showing sharp velocity pivots and capture dynamics.